JP3194123U - Electronic socket - Google Patents

Abstract

An electronic socket is provided. A main body 200, a strain gauge, an electronic control set, and a display unit are provided. The main body 200 has drive grooves, channels, and interlocking grooves 230 that penetrate each other. A storage space is opened on the outer wall of the channel so as to store the electronic control set and the display unit. An embedding groove is further provided in the storage space corresponding to the channel so as to store the strain gauge. A strain gauge is electrically connected to the electronic control set, and displays the sensing data on the display unit. As a result, the strain gauge can sense data more sensitively, simplify the assembly operation, and make the operation of the user convenient. [Selection] Figure 1

Description

  The present invention relates to a socket, and more particularly to an electronic socket.

  At present, hand tools are being developed for electronic use, and various hand tools with electronic functions that are easy to operate or humanized are gradually on the market to make them easier to use for general consumers. ing.

  In general, hand tools are used to turn a screw fixing member and screw the member, and when applied to precision machines such as aviation equipment, a sufficiently accurate lockout force is necessary, and thus Since it is necessary to consider each turning angle, those skilled in the art have developed hand tools provided with various strain gauges. According to Patent Document 1, a hand tool (including a socket embodiment) is received by a strain gauge so that a precision machine is not damaged by excessive tightening or an effective fixing is not impaired by excessive loosening. By measuring the torsional force value, the degree of looseness of the turned screw fixing member is estimated. However, such hand tools output and store the data effectively, but the strain gauge design is directly attached to the inner wall of the socket, and no technology to improve sensing is disclosed, so Sensitivity is limited and affects the practicality of this electronic socket.

  At present, electronic sockets merely display and record data and do not incorporate an active alarm function. On the other hand, a large number of electronic hand tools that use strain gauges are now provided with protruding members that occupy more space, which is similarly inconvenient for operation and storage.

Taiwan Patent Application Publication No. I281429 Specification

  The present invention has been made to solve the above-mentioned problems, and its object is not only to improve data sensitivity, but also to provide an electronic socket having an active alarm and space saving effect. There is to do.

  According to an aspect of the present invention, the electronic socket has a drive groove, a channel, and an interlocking groove that penetrate each other, and the maximum radial distance of the channel is larger than the maximum radial distance of the drive groove, and the radial direction of the channel The maximum distance is smaller than the maximum distance in the radial direction of the interlocking groove, and at least one storage space is established from the outside to the inside corresponding to the channel. This storage space is manufactured only outside the main body and does not penetrate the channel. In addition, a main body in which an embedded groove is further provided from the outside to the inside corresponding to the channel in the storage space, a strain gauge positioned in the embedded groove, and an electronic control set sequentially positioned in the storage space, A display unit that is similarly positioned in the storage space to be connected to the electronic control set, and for displaying the sensing data on the display unit, the strain gauge To provide an electronic socket connected to the electronic control set.

  Accordingly, since the embedded groove is provided from the outside to the inside at a position corresponding to the channel of the storage space, the outside of the channel is thinned by the embedded groove and the storage space. On the other hand, by designing the maximum distance in the radial direction of the channel to be greater than the maximum distance in the radial direction of the drive groove, the strain gauge has a structure that makes the channel thinner than the drive groove. When positioned in the embedded groove, the amount of deformation of the electronic socket of the present invention sensitively affects the strain gauge.

  Further, the electronic control set may be removably electrically connected to the electronic control set and provided with a connection line for providing power, storing materials or transmitting signals. Further, the embedded groove may have a flat bottom surface, and the strain gauge may be positioned so as to be stuck flat on the flat bottom surface.

  According to another aspect of the present invention, the drive groove, the channel and the interlocking groove penetrate each other, and the maximum distance in the radial direction of the channel is larger than the maximum distance in the radial direction of the drive groove, both of which correspond to the channel. However, the embedded groove is further provided from outside to inside corresponding to the channel. The main body in which the two storage spaces are opened facing the outside from the inside and the two embedded grooves are positioned respectively. Two strain gauges, an electronic control set positioned in the one storage space, a display unit positioned in the one storage space and connected to the electronic control set, and in another storage space A display unit that is positioned and controlled by connecting to an electronic control set and performing data transmission in accordance with a removable connection line. To display the sensed data, to provide an electronic socket strain gauge is connected to the electronic control set.

  Similarly, it has a buried groove for increasing the sensitivity of data and a storage space. In addition, the present embodiment is further controlled by an alarm unit connected to an electronic control set and provides alarm information of data setting, so that the present invention effectively generates data and further increases the effect of direct operation alarm. Can be achieved.

  The means for transmitting the alarm information may be a light beam alarm, a vibration alarm, or an audio alarm. Each embedding groove may be positioned so that it further designs a flat bottom surface and each strain gauge is flatly attached to each flat bottom surface.

  In order to store the electronic control set, display unit or connection unit in the storage space, the present invention is removably covered in the storage space by at least one cover, and is connected flatly to the outer wall of the main body. The outer shape of the socket is maintained, the familiar operation is maintained, the effect of being easy to store and the effect of saving space are obtained.

1 is a perspective view showing an electronic socket in an embodiment of the present invention. It is a perspective view of another direction which shows the electronic socket in one Embodiment of this invention. It is sectional drawing which shows the electronic socket in one Embodiment of this invention. It is a disassembled perspective view which shows the electronic socket in one Embodiment of this invention. It is principal part sectional drawing which shows the electronic socket in one Embodiment of this invention.

(One embodiment)
Please refer to FIG. 1, which is a perspective view showing an electronic socket according to an embodiment of the present invention. Please refer to the perspective view, perspective exploded view, sectional view and local sectional view in another direction shown in FIGS. As shown in the figure, the electronic socket 100 of the present invention includes a main body 200, two strain gauges 300, an electronic control set 400, a display unit 500, a connection unit 600, two covers 700, and a connection line 800. And comprising.

  The main body 200 has a driving groove 210, a channel 220, and an interlocking groove 230 that pass through each other. The maximum radial distance d of the channel 220 is larger than the maximum radial distance X of the driving groove 210, and the radial direction of the channel 220. Is smaller than the maximum distance D in the radial direction of the interlocking groove 230. In the main body 200, two storage spaces 201 are formed facing from the outside to the inside, and each of the two storage spaces 201 corresponds to the channel 220 but does not penetrate it. Correspondingly, a buried groove 202 is further provided from the outside to the inside, and each buried groove 202 has a flat bottom surface 2021.

  The two strain gauges 300 are respectively positioned in the two embedded grooves 202 and are positioned so that the surface of each strain gauge 300 is flatly attached to each flat bottom surface 2021.

  The electronic control set 400 and the display unit 500 are positioned in the one storage space 201 so as to be connected to each other. The electronic control set 400 has a plurality of exposure buttons 410, and the two strain gauges 300 are connected to the electronic control set 400 in order for the display unit 500 to display the sensing data. The display unit 500 may be made of an LED element, a liquid crystal display element, or an OLED element. The display unit 500 provides a signal by the electronic control set 400 to display preset alarm information according to the data setting.

  The connection unit 600 is a detachable insertion port type positioned in the storage space 201 on the other side so as to be connected to and controlled by the electronic control set 400.

  The cover 700 is covered with the two storage spaces 201 so as to be detachably positioned with screws, and is flatly connected to the cylindrical outer wall of the main body 200.

  The connection line 800 adopts a detachable connector design and penetrates the cover 700 and then removably electrically connects to the connection unit 600.

  In the present embodiment, each has an embedded groove 202 and a storage space 201 structure for increasing the sensitivity of the strain gauge 300 data, and the channel 220 is made thinner than the driving groove 210 and the interlocking groove 230. Therefore, after the strain gauge 300 is positioned in the embedded groove 202, the amount of deformation of the electronic socket 100 of the present invention sensitively affects the flat bottom surface 2021 of each embedded groove 202, and thus the present invention. The strain gauge 300 generates sensitive data sensitively.

  In the embodiment of the present invention, the cover 700 is covered with the two storage spaces 201 by positioning with a screw so as to be removable. The electronic control set 400, the display unit 500, or the connection unit 600 is accommodated in the storage space 201 in a flat connection with the cylindrical outer wall of the main body 200. Thus, the present invention maintains the external shape of a known conventional socket, makes the user's original operating habits convenient, and allows the user to easily store and save space.

  Finally, the display unit 500 according to the present invention provides a signal using the electronic control set 400 to display preset alarm information according to the data setting. The means for transmitting alarm information may be a light beam alarm, a vibration alarm, or an audio alarm. The element that generates the alarm information may be similarly stored in the storage space 201. Thus, the present invention can effectively generate data and further achieve the effect of direct operation alarm.

  Although the present invention has been disclosed in the embodiment as described above, this is not intended to limit the present invention, and various changes and modifications can be made by those skilled in the art without departing from the spirit and scope of the present invention. be able to. Therefore, the protection scope of the present invention is based on the content specified in the utility model registration request.

100 Electronic socket 200 Main body 201 Storage space 202 Embedded groove 2021 Flat bottom surface 210 Driving groove 220 Channel 230 Interlocking groove 300 Strain gauge 400 Electronic control set 410 Exposed button 500 Display unit 600 Connection unit 700 Cover 800 Connection line d Channel radial direction Maximum distance X Maximum radial distance of drive groove D Maximum radial distance of interlocking groove

Claims (10)

A driving groove, a channel, and an interlocking groove penetrating each other, wherein the maximum radial distance of the channel is larger than the maximum radial distance of the driving groove, and the maximum radial distance of the channel is the diameter of the interlocking groove; The storage space is formed to be smaller than the maximum distance in the direction, and at least one storage space is opened from the outside to the inside corresponding to the channel. The storage space does not penetrate the channel, and the storage space A body further provided with a buried groove from outside to inside at a position corresponding to the channel;
A strain gauge positioned in the embedded groove;
An electronic control set positioned in the storage space;
A display unit positioned in the storage space to connect to the electronic control set,
An electronic socket, wherein the strain gauge is connected to the electronic control set, and the sensing data is displayed on the display unit.   The electronic socket according to claim 1, further comprising a connection line that is detachably electrically connected to the electronic control set.   The electronic socket according to claim 1, wherein the embedded groove has a flat bottom surface, and the strain gauge is positioned so as to be flatly attached to the flat bottom surface.   The electronic socket according to claim 1, further comprising a cover that covers the storage space and that is flatly connected to an outer wall of the main body. The drive groove, the channel and the interlocking groove penetrate each other, and are formed so that the maximum radial distance of the channel is larger than the maximum radial distance of the drive groove. A storage space is established, each of the two storage spaces corresponds to the channel, does not penetrate the channel, and is embedded in each storage space from the outside to the inside corresponding to the channel. A main body further provided with,
Two strain gauges each positioned in the embedded groove;
An electronic control set positioned in one of the storage spaces;
A display unit positioned in one of the storage spaces and connected to the electronic control set;
A connection unit that is positioned in the other storage space, is connected to and controlled by the electronic control set, and is provided with a detachable connection line.
An electronic socket, wherein the strain gauge is connected to the electronic control set, and the sensing data is displayed on the display unit.   6. The electronic socket according to claim 5, wherein the electronic control set transmits alarm information by means including a light alarm, a vibration alarm, and an audio alarm together with the display unit.   6. The electronic socket according to claim 5, wherein each of the embedded grooves has a flat bottom surface, and each of the strain gauges is positioned so as to be flatly attached to each of the flat bottom surfaces.   6. The electronic socket of claim 5, wherein each electronic control set includes a plurality of exposure buttons.   The electronic socket according to claim 5, further comprising two covers that are respectively covered with the two storage spaces and that are flatly connected to an outer wall of the main body.   The electronic socket according to claim 9, wherein the connection line penetrates the cover and is electrically connected to the connection unit in a detachable manner.

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